Brazil to Sharply Increase Biotech Plantings The Brazilian consulting group Celeres is predicting that Brazilian farmers will use biotech varieties to plant 88.1 percent of the upcoming soybean crop. The share of the winter corn crop planted to biotech varieties will increase to 87.9 percent. Overall, the planting of biotech corn, soybean and cotton is expected to increase 12.3 percent over last year. Celeres is forecasting Brazil's 2013 soybean crop at 73.1 MMT.Because over 90 percent of U.S. soybeans and corn and essentially all of Argentina's and Paraguay's corn and soybeans are biotech varieties, it is now getting to be difficult and expensive for buyers around the world to be able to source non-biotech corn and soybeans. Sooner or l...
A microlith is a small stone tool usually made of flint or chert and typically several centimeters in length and half a centimetre wide. They were made by humans from at least the Upper Paleolithic, across Africa, Europe, Asia and Australia. The microliths were used in spear points and arrowhea...
Kiwengwa/Pongwe Forest Reserve Kiwengwa/Pongwe Forest Reserve is located on the northeast coast of Unguja, 20 kilometres (12 mi) from the Town. The reserve is an important biodiversity spot in the coral rag zone. The forest reserve is rich both in faunal and floral species. The faunal species r...
Fabiana is a genus of flowering plants in the nightshade family, native to dry slopes in western South America.[1] They are evergreen shrubs or subshrubs,[1] with needle-like leaves and profuse tiny tubular flowers in summer. The common name is false heath because the leaves superficially resem...
The magpie goose (Anseranas semipalmata) is the sole living representative species of the family Anseranatidae. This waterbird is found in northern Australia and southern New Guinea.[2] The species is not truly migratory but it sometimes travels large distances to find food and water, especiall...
Illuminating the value of technical research
On behalf of a commodity producer organization, WPI evaluated the outputs from a project that featured a $5 million investment into technical research over multiple years. WPI’s team captured the results of this extensive effort and synthesized them for presentation to the organization’s governing board; among the findings uncovered and presented for the first time was the development of genomic traits proven, via rigorous testing, to provide crop yield advantages of 50 percent or more to U.S. farmers in times of drought. Capturing measurable results from long-term efforts can be challenging. Educating clients on the dynamics of success measurement when quantifiable results are not readily available requires deep client-consultant collaboration and an ability to consider both near- and long-term client aspirations with market/policy dynamics – attributes that WPI brings to every consulting engagement.